A hair straightening apparatus having two arms pivotably coupled together wherein the arms are arranged to receive hair within a cavity formed between them is provided. At least one of the first arm and second arm includes a plenum having an air outlet for emitting air towards hair within the cavity. A hair clamp including a pair of clamping members for gripping hair therebetween, wherein each clamping member is supported by an inner wall of the first arm and second arm, respectively.

A hair straightening apparatus having two arms pivotably coupled together wherein the arms are arranged to receive hair within a cavity formed between them is provided. At least one of the first arm and second arm includes a plenum having an air outlet for emitting air towards hair within the cavity. A hair clamp including a pair of clamping members for gripping hair therebetween, wherein each clamping member is supported by an inner wall of the first arm and second arm, respectively.

Apparatus for drying and styling hair, comprising: first and second mutually-opposing arms adapted for movement between an open configuration for receiving a length of wet hair therebetween and a closed configuration adjacent the hair, such that, in use, when the arms are in the closed configuration they form an inter-arm chamber across which the hair passes, and wherein an airflow conduit is provided within and along at least one of the first and second arms; and means for delivering a flow of air along the conduit in the at least one of the first and second arms, and subsequently into the inter-arm chamber. Also provided is a method of drying (and optionally simultaneously styling) hair using such apparatus.

A hair styling device and methods are disclosed. The device has a first blade section comprising a first blade section heating element having a first heating element surface. The device has a second blade section rotatably coupled to the first blade section via a pivoting device and configured to rotate about a pivot axis, wherein, the second blade section comprises, a second blade section heating element having a second heating element surface. The pivot axis is not co-planar with the first and second heating element surfaces.

A hair styling device and methods are disclosed. The device has a first blade section comprising a first blade section heating element having a first heating element surface. The device has a second blade section rotatably coupled to the first blade section via a pivoting device and configured to rotate about a pivot axis, wherein, the second blade section comprises, a second blade section heating element having a second heating element surface. The pivot axis is not co-planar with the first and second heating element surfaces.

A hair styling apparatus includes a first member and a second member extending along a central longitudinal axis. The first member and the second member are configured for relative movement between an open position for receiving hair therebetween and an approximated position. The first member and second member each include an inner plate segment and an outer shell segment. The first member and the second member are each configured to impart a straightening effect on hair when clamped with the inner plate segment. A heating assembly is connected via the inner plate segment to the first member and the second member. At least one ion emitter is for generating ions upon activation of the hair styling apparatus.

A hair styling apparatus includes a first member and a second member extending along a central longitudinal axis. The first member and the second member are configured for relative movement between an open position for receiving hair therebetween and an approximated position. The first member and second member each include an inner plate segment and an outer shell segment. The first member and the second member are each configured to impart a straightening effect on hair when clamped with the inner plate segment. A heating assembly is connected via the inner plate segment to the first member and the second member. At least one ion emitter is for generating ions upon activation of the hair styling apparatus.

The invention concerns a device (10) for treating the hair, comprising two arms (12, 4) that are able to move relative to one another between a first opened configuration for inserting hair between the arms (12, 14) and a second closed configuration for treating the hair, at least one of the arms (12, 14) comprising: —a shell, —a support housed in said shell, —a treatment plate supported by the support, —an electrical heating element received in a housing defined between the support and an inner face of the treatment plate, —a first sealing element sandwiched between the support and the treatment plate, —a second sealing element, wherein the second sealing element is sandwiched between the support and the shell.

The invention concerns a device (10) for treating the hair, comprising two arms (12, 4) that are able to move relative to one another between a first opened configuration for inserting hair between the arms (12, 14) and a second closed configuration for treating the hair, at least one of the arms (12, 14) comprising: —a shell, —a support housed in said shell, —a treatment plate supported by the support, —an electrical heating element received in a housing defined between the support and an inner face of the treatment plate, —a first sealing element sandwiched between the support and the treatment plate, —a second sealing element, wherein the second sealing element is sandwiched between the support and the shell.

Devices and methods for styling hair, and in particular, to devices and methods for styling hair using electrolysis are described herein. A method for styling hair includes arranging a section of hair between a first electrode and a second electrode. The section of hair is contacted with an electrolyte before being arranged between the first and second electrodes, after being arranged between the first and second electrodes, and/or concurrently with being arranged between the first and second electrodes. The method further includes causing the first electrode to have a first negative potential, and causing the second electrode to have a second potential, such that the absolute value of the first negative potential is greater than the absolute value of the second potential, and such that the difference in electrical potential between the first electrode and the second electrode creates an electrolysis zone between the first electrode and the second electrode.